Product Details
Product Description
Product Description
Product details |
Delivery time | 1-2 days | Estimated Lead Time | 3-4 weeks |
Factory warraty | 12 months | Module number | DI93A HESG440355R3 |
Manufacturer | ABB | Product Name | 33 |
Voltage range (VDC) | 120VDC | Output range (mA) | 12
|
Over-range protection (VDC) | 3.65 | Input range (mA) | 2.2 |
Working temperature | 1080 | System memory (Mb) | 11 |
Interface | 4
| Color code | Green |
Weight (KG) | 2.5 | Shipping weight (KG) | 3.5 |
Dimension (mm*mm*mm) | 20*50*50 | Purpose | Petrochemical industries |
Operation mode | Direct on-board | Product situation | Stop production |
Our store has many brands: the following four major system spare parts are examples.
Spare parts of PLC programmable control system:
Allen-bradley:1756 1771 1785
Siemens: 6ES7 6ES5
Schneider:140CPU
GE:IC697 IC698
Motorola:MVME162 MVME137 MVME147
Xycom:XVME
Spare parts of DCS control system:
DCS distributed control system:
Invensys Foxoboro:FBM01 FBM02 FBM09 FBM10 FBM201 FBM209
Invensys Triconex: 3503E 3664 3721 3625 4351D 3700A
ABB bailey:BRC300 BRC400 BRC410 AC800 IMASI23
Westinghouse Ovation:IC31
Spare parts of servo control system:
Kollmorgen: SM71K 6SM27 AKV23F 60WKS 65WKS
Seimens: 6DD1606 6SN1118 6FC5203 6RB2000 6SC6508 6FX2007 6FM2805 6AV6542
Bosh Rexroth: HCS02.1E HMS01.1N HLB01.1C MSK060B MKE118B MSM020B MHD071B
SEW: MDX61B0022 MDS60A0040 MDF60A0015 MDV60A0015 MCH42A0220 MCV40A0075
Spare parts of robot control system:
KUKA:KRC1 KRC2 KRC4 KPS600 KCP2
ABB:3HAB 3HAA 3HAC DSQC345
FANUC:A02B A03B A04B A05B A06B
Yaskawa:CACR JUSP JZNC JANCD HW
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The potential for confusion between mechanisms and manifestations of DCS and AGE as one of the principle drivers for adopting the DCI terminology deserves further discussion. It is tempting to suggest that if venous bubbles cross a PFO into the arterial blood then any resulting symptoms should be considered a manifestation of ‘AGE’. However, there seems little sense in re-naming the primary pathophysiological event (DCS caused by bubble formation from inert gas) just because the bubbles have distributed elsewhere; especially using a name that commonly infers a completely different primary event (bubble formation from pulmonary barotrauma). Moreover, there are grounds for suggesting that these two processes may not be as difficult to distinguish as previously believed. Venous inert gas bubbles are small,[ 13] and of a similar size distribution to those used as bubble contrast during PFO testing.[ 14] Decades of experience in testing thousands of divers (and other patients) for PFO using bubble-contrast echocardiograpy have shown that eve